jump to content jump to footer
Medical professional reviewing patient's MRI images on computer monitor with patient in MRI machine in background.
TGSE-BLADE demonstrated significantly reduced geometric distortion and artifacts caused by intracranial air, enabling more accurate detection of ischemic changes and improving diagnostic confidence in early postoperative MRI.

Postoperative Brain MRI After Tumor Resection: Reducing Artifacts and Improving Diagnostic Accuracy

Postoperative MRI after brain tumor surgery is often affected by artifacts caused by intracranial air, limiting reliable image interpretation.

A recent study shows that TGSE-BLADE DWI significantly reduces image distortion compared to standard RESOLVE techniques.

Using mint Lesion for quantitative analysis, researchers demonstrated near-perfect agreement with T1-weighted reference scans—resulting in improved diagnostic confidence in postoperative imaging.

What are the implications for clinical practice?

Research with mint mintLesion Neuro Therapy Response Assessment

Related Resources

Use of Multiparametric MRI in Prostate Cancer Treatments: A Prospective Study
The prospective study conducted by LMU Klinikum München investigates the effectiveness of vascular-targeted photodynamic therapy (VTP) and…
Early Detection of Treatment Response in Lung Cancer Using Delta-Radiomics Features
The study conducted by Heidelberg University Hospital investigates the use of diffusion-weighted MRI (DWI) to predict early treatment outcomes in…